Shobhit Kumar's Contact Details

Shobhit Kumar's Company Details

Global Evolutionary Energy Design

New Delhi, Delhi, India • 17 Employees
Architecture & Planning

We are Built Environment Consulting firm with primary focus in the following areas.1. Simulations around elements of Building/Equipment Physics (Hourly or sub-hourly Simulation for greater understanding of Building or Equipment physics.)2. Simulations for Compliance (Appendix G, ASHRAE 90.1 2004, ECBC) 3. Simulation for Building Controls/Energy Management Logic Testing (Designing of relevant controls in building, for shading, glare or comfort etc )4. Calibrated Simulation of Existing Building (Investment grade model for Energy Performance contracts)5. 1-D Air Flow network Coupled with Complete 3-D CFD Simulation. (Complete Building Models with Finite Volume coupled with 1-Dimensional duct network.)6. Data Center Air flow Optimizations and Annual Simulations. (Data center Air Management Planning and simulation for Energy and Life cycle performance)7. Compute Intensive Building Physics Simulations. (This refers to multiple/parametric simulations where certain objective need to be achieved by iteratively updating the parameters from the previous results or terminating simulation in case not achieving objectives.) 8. Local Code Development Through Component LCC Evaluations (This is again a part of compute intensive, objective function simulations) 9. Software Application Development using Existing Simulation Engines.(Interface development for Various complex scientific calculation and quick formatted reporting to clients)10. Occupant Egress Modeling by Agent Based Simulation frame works 11. Smoke propagation and NFPA compliance for Fire Safety as per NFPA 130 12. Tunnel Ventilation and Underground structure heat sink or Heat Load modeling.13. Modeling for Toxin dispersal in a building 14. Traffics Simulations and Optimizations 15. Simulations for Dam break/Rains and Flooding on a given contour.16. Indoor Air Quality/comfort modeling and simulations. 17. Natural ventilation Modeling through 1D node branch and 3D CFD methods